New 2.5 Series Lever Terminal Blocks with Tool-Free Lever Connection Technology
Combines high-level ease of use of lever actuation with the reliable push-in spring connection. Drives can be connected fast and safely with its lever toolless action. Ideal for device connections on site.
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New 2.5 Series Lever Terminal Blocks with Tool-Free Lever Connection Technology
Combines high-level ease of use of lever actuation with the reliable push-in spring connection. Drives can be connected fast and safely with its lever toolless action. Ideal for device connections on site.
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New DKU Terminal Blocks in Din Rail and Panel-Mount Configurations
Features spring-guided system where screws are integrated and captive within the terminal enclosure. Housing is designed to enclose screws and conductors for better protection. Available in five sizes ranging from 15A for M3 and 26-14AWG up to 60A M5 20-6AWG.
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New DKU Terminal Blocks in Din Rail and Panel-Mount Configurations
Features spring-guided system where screws are integrated and captive within the terminal enclosure. Housing is designed to enclose screws and conductors for better protection. Available in five sizes ranging from 15A for M3 and 26-14AWG up to 60A M5 20-6AWG.
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How to Reduce Costs for Plastic Caps, Closures and Other Packaging Products
Check out this white paper to read about the six questions to consider before selecting an injection molder for your packaging application.
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New PID Terminal Blocks Provide High-reliability Connection
Features PID technology which improves screw terminal performance and space efficiency. Offers clear indication of active circuits to assist with operations, maintenance and troubleshooting. Save up to 75% of the wiring time and are rated at 300 V in various ampacities depending on model.
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New PID Terminal Blocks Provide High-reliability Connection
Features PID technology which improves screw terminal performance and space efficiency. Offers clear indication of active circuits to assist with operations, maintenance and troubleshooting. Save up to 75% of the wiring time and are rated at 300 V in various ampacities depending on model.
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New Klippon Connect AAP Potential Distribution Terminal Blocks with Push-in Technology
Simple to rewire without special tools as well as includes optional six conductor connections per terminal block. Available with and without a fuse and in different structures such as alternating and grouped. Makes the setup of complex control voltage distributions fast and more straightforward and cross-connection options save space and reduce installation time.
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New Klippon Connect AAP Potential Distribution Terminal Blocks with Push-in Technology
Simple to rewire without special tools as well as includes optional six conductor connections per terminal block. Available with and without a fuse and in different structures such as alternating and grouped. Makes the setup of complex control voltage distributions fast and more straightforward and cross-connection options save space and reduce installation time.
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New AAP 11&12 Terminal Block Series Feature Vibration-proof Push IN Clamp Termination Technology
Integrates single power connection for an incoming conductor with six independent output connections within one terminal. Provides a wide conductor acceptance range for 8-6AWG to 22-10AWG and electrical ratings via UL for 300-600 V/55 A. Offers color-coded push buttons for quick visual identification of intented potentials and clear marking identification.
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New AAP 11&12 Terminal Block Series Feature Vibration-proof Push IN Clamp Termination Technology
Integrates single power connection for an incoming conductor with six independent output connections within one terminal. Provides a wide conductor acceptance range for 8-6AWG to 22-10AWG and electrical ratings via UL for 300-600 V/55 A. Offers color-coded push buttons for quick visual identification of intented potentials and clear marking identification.
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Solder Redefined
Indium Corporation has developed a new twist on traditional solder by developing a composite with a reinforced matrix internal structure. The result is a solder with increased strength and reliability. Check out this video to learn more about the mechanics behind the groundbreaking technology.
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